DE1582886A1 - Self-watering plant or flower container - Google Patents

Description

Description for the ¹¹ OELBTBMÄSSEHUDEN PLANT OR.

BLUMENBÄhÄ'LTiili (according to picture 1 and 2)

Üi_ߧl chre_ibung_ '1 58 2 8 8 6

The plant or flower container is used to hold plants or flowers that are placed in the cylindrical casing (part $) filled with soil.

The aforementioned plant or flower container differs from the conventional type of flower pot -bsi in which the introduced plants or flowers are to be watered 1 to 2 times a week- in that the plants or flowers are only used in longer periods of time due to the obvious arrangement of containers and a precisely metered water inlet (4-6 weeks) are to be supplied with water and
are automatically supplied with water during this time.

Components, structure and function

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The plant or flower container is as shown in Figure 1

and 2 of: 1 cylindrical jacket (part 3 »filled with earth) with: -3-4 Rijpen (or Nocken) (part 21-? 3)

1 separation container (part 1)

1 container (part 2, filled with water) with: visible water level

1 separation point (part 4, on the cylindrical jacket part 3) 1 conical head (part 5,6,8)

3 screw-in parts (part 7,17,18) 5 seals (part 9, lo, 12,15,2o) 1 overflow (part 11, 16)

1 water inlet (part 13)

1 collecting container (part 14)

1 rubber or plastic hose (part 19) 1 end cover (part 24)

All parts should be made of plastic, in pastel shades, sometimes with transparent material.

On baju

1. The plant or flower container consists of the ylindric mantle ('ieil 3), which is filled with earth and into which the flower or flower is inserted.

IeLLi ^iHt exercises the entire surface area with holes and · «circumference with 3 or 4 ridges or a number of squats , which together ensure proper air access ·»

at 001143/0370 ~ ^2m

... BATH

In addition, this is separated at point 4 (part 4), so that when the earth is renewed, it can be easily cleared by opening part 3. Part 3 can be cleaned after cleaning can be used again.

Part 1: serves to accommodate part 3 and prevents one Penetration of the water in the container (part 2) to the earth (in part 3)

Part 3 'and Part 1 can also be purely cylindrical or square Preserved shape because the plant with soil and part 3 can be separated from the rest of the container by lifting it out smoothly is. '■

. Part 2 : serves to take up the water supply, whereby the water requirement should be measured for 4-6 weeks.

a) The regulating button (part 5,6,8) is screwed into part 2 and is used to regulate the water supply, the regulating pin (part 8) is firmly embedded in the adjusting screw (part 5) and forms a workpiece. Me water inlet opening ¹¹ K "(in part 6) forms a conical cone with a slight inclination, so that when part 5 is turned to the left, a ring cross-section is released for the water inlet.

The water reaches the openings "b" and "c" via the hose (part 19) <total water inlet (part 13) and further into the separation container (part 1). Part 1 has a distribution channel "f" on the bottom so that you can Soil and plant water can decrease evenly around the circumference.

When turning to the right, it is throttled until the Waaeereintrltt "K" is finally closed.

The water inlet is controlled by means of the regulating button (part 5, 6, 8) set so that only one every 3-4-5 minutes Drops of water flow in. So there is only a single line division necessary to allow the desired daily «amount of water to be drawn up.

The respective left turns of part 5 throw up the front of the knurled wheel (part 5) duroa markings This simplifies operation and! setting *

In what, - laerschuas is not with the right attitude -har-ei

00064 3/0370

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Claims (1)

b) Whenever there is excess water caused by temporarily inaccurate bruising, the overflow (part 11, 16) serves this purpose in the collecting container (part 14) via the openings "d". and "e" to direct. By means of the screwed parts 11 and 16, the racing tank (part 1) and the tank (part 2) are connected so that part 1 remains stable. Part 16 is screwed in with a sealing film to prevent water from penetrating the earth (part 1) . 5. Structure Fig. 3 is basically the same as picture 1 and picture 2, only the separating container (part 1) and container (T _P il 2) are made of one piece (picture 5, parts 1 and 2).
The overflow consists only of ordinary holes (part d, e) .Function The irrigation function of the irrigation function is automatic. After the outer container (part 2) has been filled with water, the regulating button (part 5) is actuated and ves & rtüttefäm. a ring] old the Dasser inlet opening "K" (in part 6) released so that water in the desired daily amount (approx. 1 drop of water every 3 - / »- 5 minutes) due to the geodetic water pressure continues through the bores" a , b and c ^{w can} flow into the hose (part 19). The water reaches the water inlet (part 1 $) and further into the '^ rteilchinne "f" of the separating container (part 1), so that the soil and plant Water can decrease evenly around the circumference. Through the transparent part 6 one can observe and control the water flow. Part of the outer container (part 2) is made of transparent plastic so that the water level is visible from the side . Any excess water formed by temporarily imprecise adjustment (in part 1) is overflowed via the overflow (part 11, 16); led into the collecting container (part 14). B) For the "self -watering plant or flower pot" according to picture 1, 2 and 3 I report: 1. Patent claim, characterized by: the construction of a “ plant or flower container, which after each ealigt * fill with the appropriate amount of water for the time Toa 4-6 VooiMHfr and longer automatic irrigation dtr in earthen lf + 0098A3 / 0370 BATH brought the plants or flowers caused. <i CQOpQC 'J claim, characterized by: plant or flower container Consisting of an inner separating container (part 1) and an outer container (part 2) in a cylindrical, rectangular or other shape any shape. • Pa tent claim, characterized by the arrangement of the outer container (Part 2) as a water container and the inner separation vessel (part 1) for receiving the air permeable sheath (Part 3) "of the earth and the introduced plants or flowers. 4 ·. Patent claims , characterized by: the arrangement of a perforated jacket with spacer ribs or cams (part 3) as a ventilation jacket. 3. Patent claim, characterized by: the arrangement of a perforated jacket with spacer ribs or cams (such as part 3) as a ventilation jacket in the execution of the conventional "flower pot" for increased ventilation. 6 · Patent claim , characterized by: the arrangement and construction of a regulating head (part 5 »6.8) in connection with an outer container (part 2), flexible hose (part 19) and inner separating container (part 1) the one regulated, automatic -the soil in part 3 with introduced plant or flower causes irrigation. 7. Claim ^ characterized by: the arrangement of the inner separation container (part 1) and outer container (Part 2) in one component (Fig. 3). 8. Patent claim, characterized by: the row arrangement of the inner separating container (part 1) within the outer container (part 2) in a component (Figure 4). 9. Patent claim, characterized by: the arrangement of the separating container (part 1) and water container (part 2) next to one another in one component (Fig. 5) 10. P atentans pruch, characterized by: the arrangement of the separating container (part 1) and water container (part 2) side by side in a component in a box shape (Fig. 6). Jl. Patent claim, characterized by the arrangement of the separating container (part 1) partly within the outer container · Heil 2) in a box-shaped component (Fig. 7) · 009843/0370 _BAD ORIGINAL